Fish &amp: Prepare your taste buds…

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Fish and Fancy – Seafood Take Out

Fish and Fancy – Seafood Take Out

Fish and Fancy offers a wide selection of prepared and unprepared seafood. Fresh quality seafood and cleanliness are our highest priority. Our fresh scallops, lobster tails, flounder, weakfish, crabs, and clams come from local waters. Our crab meat is from Maryland and/or Louisiana as well as the fresh large oysters. Salmon big and fresh is brought in weekly from Canada.

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All of our breaded and prepared seafood is carefully prepared by our staff and ownership. We make everything the old fashion way using fresh ingredients. All of our breaded jumbo shrimp are peeled and breaded by hand. We want to make your experience at Fish and Fancy affordable and enjoyable!

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The whole truth about fish: they are smart as monkeys

  • Sarah Griffiths
  • BBC Earth

Photo by / Reinpl / ARCO .com

Fish have a reputation for being mindless and forgetful. But you shouldn’t offend them: they know how to count, find a way out of the labyrinth and even remember human faces.

Reputation: Fish have a short memory, they forget everything literally after a few seconds.All they do is swim aimlessly back and forth, waiting to be someone’s dinner.

Actually: These slippery creatures are in some way as smart as monkeys. They are able to remember certain things for years and orientate in space better than people.

Photo by Steven David Miller / naturepl.com

Photo caption,

Blue (flag) surgeon (Paracanthurus hepatus)

We shouldn’t look down on them.The oceans are home to 250,000 species of fish, varying in color and behavior, and yet most of us treat them as one dumb creature.

Perhaps the origins of this unconscious bias lie in the old idea of ​​how evolution works.

Culham Brown of Macquarie University (Sydney, Australia), one and the editors of the Journal of Fish Biology, believes that many consider fish to be primitive creatures and do not even know how smart they are.

“In fact, most of the fish species on our planet today have gone through about the same development cycle as humans,” he emphasizes.

It is also possible that we underestimate the cognitive abilities of fish also because they live in an environment that is very different from ours. Various children’s films support us in this misconception.

Or maybe it’s just more convenient for us to consider the fish as a creature that understands nothing and does not feel anything, so as not to suffer from remorse when we look at aquariums in the fish departments of grocery stores.

Dory, a blue fish surgeon with memory lapses, in a popular cartoon admits that she forgets what she saw almost instantly.

However, the common misconception that fish memory is limited to three seconds is completely destroyed by experiments by animal behavior specialists.

Photo by Alex Mustard / naturepl.com

Photo caption,

Goldfish (Carassius auratus)

A modest aquarium goldfish keeps events in memory for up to three months, and even in a sense knows what time it is.

In a 1994 study, scientists trained goldfish to push a lever to receive a reward – and this could only be done for one hour a day.

Goldfish have been able to understand how narrow this window of opportunity is, demonstrating that they can keep track of time.

However, the owners of aquariums with goldfish are not surprised by this, they know what their pets are capable of. According to the study’s author Phil Gee of the University of Plymouth, UK, knowing when to wait for feeding “gives them a significant evolutionary advantage.”

Culham Brown notes in a study published in 2001 that many fish are able to remember the details of an event for quite some time. For example, the aquarium fish melanothenia duboulayi, or iris ( Melanotaenia duboulayi ) for about 11 months can remember the way to escape from danger.

“Many aspects of their cognitive abilities are in no way inferior to those of terrestrial animals, and in some cases fish are even ahead,” says Brown.

Photo by Reinhard / ARCO / naturepl.com

Photo caption,

Guppies (Poecilia reticulata)

Guppies ( Poecilia reticulata ) can find their way out of the maze, which consists of six consecutive forks. These popular aquarists not only learn to find their way out, but they do it faster and more accurately over the course of five days of training, according to a study published in February 2017.

The performance of the fish is amazing and comparable to that of the rat, says the main author of the study, Tyrone Lucon-Ziccato of the University of Padua, Italy.

“Rodents, it would seem, should be leaders in such tasks, since their evolution proceeded in holes, in conditions of existence close to a labyrinth. Fish live in completely different conditions, and you cannot expect them to successfully overcome the labyrinth.”

Guppy fish may have developed the ability to navigate when they lived in the wild, he says, where they need to navigate quickly to avoid many obstacles in fast-flowing streams.

Photo by Visuals Unlimited / naturepl.com

Photo caption,

Astianax Mexican, or “blind fish” (Astyanax fasciatus mexicanus)

Fish, like mammals, have an excellent sense of space. They use incoming information – for example, about hydrostatic pressure – in order to find an optimal position in three-dimensional space, a 2016 study showed.

Teresa Bert de Perera of the University of Oxford says that fish are capable of transforming information into three-dimensional images, while animals and humans living on land have difficulties with vertical measurement.

Unlike, say, rats, fish accurately estimate vertical distance.

According to Brown, fish are superior to humans in their ability to judge depth.

According to some preliminary evidence, fish have something akin to “site neurons”.

These neurons, found in rats, are thought to draw a kind of neural map of the area for mammals.

In fish, neurons are located in an area of ​​their brain that can be considered the equivalent of the human hippocampus.

Pisces can use them to memorize their surroundings.

In addition to the ability to navigate, fish have another unusual quality: they can use tools, tools – a skill that was previously believed to be possessed only by humans.

Photo by Juan Manuel Borrero / naturepl.com

Photo caption,

Brazilian Geophagus (Geophagus brasiliensis)

Saltwater wrasse fish is capable of breaking sea urchins against rocks to get their meat.South American cichlids and catfish tarakatum ( Hoplosternum thoracatum ) glue their eggs to leaves and small pebbles in order to drag these mobile nurseries to another place in case of danger.

Perhaps one of the most amazing fish in this sense is the archer ( Toxotes chatareus ), which uses water as a weapon or tool. This fish shoots out of its mouth like a water pistol to shoot down insects flying over the water. In doing so, it even takes into account the refraction of light.

Stefan Schuster from the University of Bayreuth (Germany) is a leading sprayer specialist. He was able to demonstrate that juvenile archers learn how to hunt by observing the actions of older and more experienced individuals, even though they lack the neocortex (the area of ​​the cerebral cortex that in mammals carries out the highest level of brain coordination and, among other things, is responsible for vision – Note translator ).

After the released jet knocks down the prey, the archer estimates exactly where its victim should fall, and rushes there at high speed to get ahead of the competition.Such a rather complex decision may take him as little as 40 milliseconds.

In a sense, the archer carries out ballistic calculations. But, of course, on an intuitive level – in much the same way as a good football player quickly makes an accurate pass, determining at what point on the field his partner will receive the ball.

Photo author, Kim Taylor / naturepl.com

Photo caption,

Spitters on the hunt (Toxotes chatareus)

In addition, it turned out that splatters can distinguish human faces (previously it was believed that only primates are capable of this).

According to a 2016 study, they can find a familiar face among 44 new faces. The researchers tried to get the fish to release a jet of water every time they saw a familiar human face. In 89% of cases, the sprayers were not wrong.

“The fact that the sprayers were able to accomplish this task suggests that you don’t need a complex brain to recognize a person’s face,” says study author Keith Newport of the University of Oxford.

Phil Gee of the University of Plymouth notes that goldfish may also recognize their owners, but there is no scientific confirmation of this yet.

In nature, goldfish live in murky waters, where it makes no sense to rely on sight to the same extent that sprinklers rely on it.

But, just like birds, fish are able to see the difference in numbers.

Photo by Jane Burton / naturepl.com

Photo caption,

Fish are not nearly as forgetful as it is believed

In a 2013 study, scientists found that newborn guppies can distinguish one group from another by the number of objects.

Fish often try to avoid encounters with predators by getting out in shallow water. Several studies have shown that in an unfamiliar place, fish choose from two shallows, a large one.

Agrillo believes that fish are as adept at quantifying as birds and mammals. If this is true, then our abilities may go back as far as the time when the division into fish and land vertebrates took place on Earth – and this happened, scientists believe, about 450 million years ago.

And one more thing: fish are capable of cooperation, even with representatives of other species.

Photo author, Brandon Cole / naturepl.com

Caption,

Giant moray (Gymnothorax javanicus)

Coral bass ( Plectropomus pessuliferus ) and coral trout ( Plectropomus 9049 mn. Gymnothorax javanicus ) to hunt together the prey that hides in shallow crevices under the water.

Coral trout and perch shake their heads, inviting moray eels to hunt.

In a 2014 study, biologists showed that coral trout quickly learn how to identify the most effective moray eel hunter. As a result, the probability that a trout will choose just such a moray eel is three times higher than the probability of choosing a loser moray eel.

This experiment “supports the hypothesis that relatively small brains – compared to warm-blooded animals – do not prevent some fish from having cognitive abilities that are comparable or even superior to those of monkeys,” says study author Alexander Weil of the University of Cambridge.

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